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$50 USD / hodinu
Pochází z UNITED STATES
chicago, united states
$50 USD / hodinu
Aktuálně je zde 2:57 odp.
Připojil se února 11, 2016
0 Doporučení

Matthew M.

@matmaclean

 0,0 (0 recenze)
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$50 USD / hodinu
Pochází z UNITED STATES
chicago, united states
$50 USD / hodinu
Nedostupné
Úspěšně realizované projekty
Nedostupné
V rámci rozpočtu
Nedostupné
Včas
Nedostupné
Poměr opětovného zaměstnání

Product Development Engineer

Hello! I will help take all of your product ideas, and turn them into reality! I use Solidworks for 3D modeling and Keyshot for product renderings. Whether you have a loose idea, a napkin sketch, or a full fledged industrial design concept, I can help turn that into a functional product with the engineer's stamp of approval! I've partnered with top brands on projects ranging from advanced development / proof-of-concept prototyping, to production ready designs. Past partnerships include SC Johnson, Instant Brands, Georgia Pacific, Wilton Brands, Tape Tech, Hydaway, L'Oreal, Helen of Troy, Vertical Endeavors, Heatworks, Pregis, Contigo, Whirlpool, and others. I'm a mechanical engineer by trade who graduated magna cum laude from the University of Michigan. I've worked with various consumer product companies for 10 years, 5 of which have been for my own design firm, MacLean Creative.
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Portfolio

10600781
Prototyping – Worked with local and overseas vendors to create multiple prototypes to determine optimal design for usability and functionality. Engineering – Developed new tires and hardware for one of Radio Flyer’s top wagons. Executed statistical analysis and design-of-experiments to determine a feasible solution for incorporating air tires with caster-style steering on a plastic wagon. 3D Modeling – Developed 3D geometry in SolidWorks for new hardware and tire hubs.
Radio Flyer All-Terrain 5-in-1 Wagon
Prototyping – Worked with local and overseas vendors to create multiple prototypes to determine optimal design for usability and functionality. Engineering – Developed new tires and hardware for one of Radio Flyer’s top wagons. Executed statistical analysis and design-of-experiments to determine a feasible solution for incorporating air tires with caster-style steering on a plastic wagon. 3D Modeling – Developed 3D geometry in SolidWorks for new hardware and tire hubs.
Radio Flyer All-Terrain 5-in-1 Wagon
Prototyping – Worked with local and overseas vendors to create multiple prototypes to determine optimal design for usability and functionality. Engineering – Developed new tires and hardware for one of Radio Flyer’s top wagons. Executed statistical analysis and design-of-experiments to determine a feasible solution for incorporating air tires with caster-style steering on a plastic wagon. 3D Modeling – Developed 3D geometry in SolidWorks for new hardware and tire hubs.
Radio Flyer All-Terrain 5-in-1 Wagon
Prototyping – Worked with local and overseas vendors to create multiple prototypes to determine optimal design for usability and functionality. Engineering – Developed new tires and hardware for one of Radio Flyer’s top wagons. Executed statistical analysis and design-of-experiments to determine a feasible solution for incorporating air tires with caster-style steering on a plastic wagon. 3D Modeling – Developed 3D geometry in SolidWorks for new hardware and tire hubs.
Radio Flyer All-Terrain 5-in-1 Wagon
10600778
Prototyping – Created prototypes for shielding and containing flames in the event of a control board fire. Created modified ventilation system to divert heat away from sensitive areas. Assembled 20 engineering units at the factory during each engineering build. Engineering – Developed new test procedures and new metrics for passing flame containment testing. Owned the subsystem development for consoles on the gas, electric, and induction Whirlpool branded slide-in range. Performed and analyzed heat capacity testing on console housing materials. 3D Modeling – Worked closely with US vendors and in-house design team to make modifications on thermoset console parts. Managed console assemblies in ProE Wildfire.
Whirlpool Slide-In Range
Prototyping – Created prototypes for shielding and containing flames in the event of a control board fire. Created modified ventilation system to divert heat away from sensitive areas. Assembled 20 engineering units at the factory during each engineering build. Engineering – Developed new test procedures and new metrics for passing flame containment testing. Owned the subsystem development for consoles on the gas, electric, and induction Whirlpool branded slide-in range. Performed and analyzed heat capacity testing on console housing materials. 3D Modeling – Worked closely with US vendors and in-house design team to make modifications on thermoset console parts. Managed console assemblies in ProE Wildfire.
Whirlpool Slide-In Range
Prototyping – Created prototypes for shielding and containing flames in the event of a control board fire. Created modified ventilation system to divert heat away from sensitive areas. Assembled 20 engineering units at the factory during each engineering build. Engineering – Developed new test procedures and new metrics for passing flame containment testing. Owned the subsystem development for consoles on the gas, electric, and induction Whirlpool branded slide-in range. Performed and analyzed heat capacity testing on console housing materials. 3D Modeling – Worked closely with US vendors and in-house design team to make modifications on thermoset console parts. Managed console assemblies in ProE Wildfire.
Whirlpool Slide-In Range
Prototyping – Created prototypes for shielding and containing flames in the event of a control board fire. Created modified ventilation system to divert heat away from sensitive areas. Assembled 20 engineering units at the factory during each engineering build. Engineering – Developed new test procedures and new metrics for passing flame containment testing. Owned the subsystem development for consoles on the gas, electric, and induction Whirlpool branded slide-in range. Performed and analyzed heat capacity testing on console housing materials. 3D Modeling – Worked closely with US vendors and in-house design team to make modifications on thermoset console parts. Managed console assemblies in ProE Wildfire.
Whirlpool Slide-In Range
10600774
Engineering – Engineered new-to-market lid mechanism and body construction to launch a twist-and-flip, chug style drinking interface on a stainless-steel, vacuum insulated travel bottle. Created new locking mechanism to prevent accidental lid opening. Prototyping – Prototyped several 3D printed and CNC cut parts to prove out feasibility and ergonomics for the lid and lock mechanisms. Prototyped multiple silicone seals in order to create a fully sealing product while still being easy to open. Worked with overseas vendors to produce multiple metallic logo medallions to prove out anodization process and attachment method. 3D Modeling – Created fully engineered CAD assembly in SolidWorks from designer ‘A’ surface. Worked with in-house design team to dial in component aesthetics.
Contigo Evoke
Engineering – Engineered new-to-market lid mechanism and body construction to launch a twist-and-flip, chug style drinking interface on a stainless-steel, vacuum insulated travel bottle. Created new locking mechanism to prevent accidental lid opening. Prototyping – Prototyped several 3D printed and CNC cut parts to prove out feasibility and ergonomics for the lid and lock mechanisms. Prototyped multiple silicone seals in order to create a fully sealing product while still being easy to open. Worked with overseas vendors to produce multiple metallic logo medallions to prove out anodization process and attachment method. 3D Modeling – Created fully engineered CAD assembly in SolidWorks from designer ‘A’ surface. Worked with in-house design team to dial in component aesthetics.
Contigo Evoke
Engineering – Engineered new-to-market lid mechanism and body construction to launch a twist-and-flip, chug style drinking interface on a stainless-steel, vacuum insulated travel bottle. Created new locking mechanism to prevent accidental lid opening. Prototyping – Prototyped several 3D printed and CNC cut parts to prove out feasibility and ergonomics for the lid and lock mechanisms. Prototyped multiple silicone seals in order to create a fully sealing product while still being easy to open. Worked with overseas vendors to produce multiple metallic logo medallions to prove out anodization process and attachment method. 3D Modeling – Created fully engineered CAD assembly in SolidWorks from designer ‘A’ surface. Worked with in-house design team to dial in component aesthetics.
Contigo Evoke
Engineering – Engineered new-to-market lid mechanism and body construction to launch a twist-and-flip, chug style drinking interface on a stainless-steel, vacuum insulated travel bottle. Created new locking mechanism to prevent accidental lid opening. Prototyping – Prototyped several 3D printed and CNC cut parts to prove out feasibility and ergonomics for the lid and lock mechanisms. Prototyped multiple silicone seals in order to create a fully sealing product while still being easy to open. Worked with overseas vendors to produce multiple metallic logo medallions to prove out anodization process and attachment method. 3D Modeling – Created fully engineered CAD assembly in SolidWorks from designer ‘A’ surface. Worked with in-house design team to dial in component aesthetics.
Contigo Evoke
Engineering – Engineered new-to-market lid mechanism and body construction to launch a twist-and-flip, chug style drinking interface on a stainless-steel, vacuum insulated travel bottle. Created new locking mechanism to prevent accidental lid opening. Prototyping – Prototyped several 3D printed and CNC cut parts to prove out feasibility and ergonomics for the lid and lock mechanisms. Prototyped multiple silicone seals in order to create a fully sealing product while still being easy to open. Worked with overseas vendors to produce multiple metallic logo medallions to prove out anodization process and attachment method. 3D Modeling – Created fully engineered CAD assembly in SolidWorks from designer ‘A’ surface. Worked with in-house design team to dial in component aesthetics.
Contigo Evoke
Engineering – Engineered new-to-market lid mechanism and body construction to launch a twist-and-flip, chug style drinking interface on a stainless-steel, vacuum insulated travel bottle. Created new locking mechanism to prevent accidental lid opening. Prototyping – Prototyped several 3D printed and CNC cut parts to prove out feasibility and ergonomics for the lid and lock mechanisms. Prototyped multiple silicone seals in order to create a fully sealing product while still being easy to open. Worked with overseas vendors to produce multiple metallic logo medallions to prove out anodization process and attachment method. 3D Modeling – Created fully engineered CAD assembly in SolidWorks from designer ‘A’ surface. Worked with in-house design team to dial in component aesthetics.
Contigo Evoke
10600760
Engineering – Developed DOE to prove out composting technology and the necessary chemistry to produce good, workable compost. Owned development of 25 subsystem mechanical parts for two early round prototype builds. 3D Modeling – Created mechanical parts in ProE Wildfire. Project Management and Delivery – Worked with US factory on two front-end prototype builds resulting in 62 total test units. Prototyping – Assembled subsystem mechanical parts and modified prototype parts using the in-house machine shop. Led subsystem assembly teams to assemble modules for 62 test units.
Zera Food Recycler
Engineering – Developed DOE to prove out composting technology and the necessary chemistry to produce good, workable compost. Owned development of 25 subsystem mechanical parts for two early round prototype builds. 3D Modeling – Created mechanical parts in ProE Wildfire. Project Management and Delivery – Worked with US factory on two front-end prototype builds resulting in 62 total test units. Prototyping – Assembled subsystem mechanical parts and modified prototype parts using the in-house machine shop. Led subsystem assembly teams to assemble modules for 62 test units.
Zera Food Recycler
Engineering – Developed DOE to prove out composting technology and the necessary chemistry to produce good, workable compost. Owned development of 25 subsystem mechanical parts for two early round prototype builds. 3D Modeling – Created mechanical parts in ProE Wildfire. Project Management and Delivery – Worked with US factory on two front-end prototype builds resulting in 62 total test units. Prototyping – Assembled subsystem mechanical parts and modified prototype parts using the in-house machine shop. Led subsystem assembly teams to assemble modules for 62 test units.
Zera Food Recycler
10600754
Engineering – Developed new tires and hardware for Radio Flyer’s most popular wagon. Analyzed and refined tread design to minimize noise and maximize user comfort. 3D Modeling – Developed 3D geometry in SolidWorks for new hardware and tires. Partnered with in-house design team to create new tread geometries to meet aesthetic requirements. Prototyping – Worked with local and overseas vendors to create multiple prototypes to determine optimal design for usability and functionality.
Radio Flyer All-Terrain Pathfinder Wagon
Engineering – Developed new tires and hardware for Radio Flyer’s most popular wagon. Analyzed and refined tread design to minimize noise and maximize user comfort. 3D Modeling – Developed 3D geometry in SolidWorks for new hardware and tires. Partnered with in-house design team to create new tread geometries to meet aesthetic requirements. Prototyping – Worked with local and overseas vendors to create multiple prototypes to determine optimal design for usability and functionality.
Radio Flyer All-Terrain Pathfinder Wagon
Engineering – Developed new tires and hardware for Radio Flyer’s most popular wagon. Analyzed and refined tread design to minimize noise and maximize user comfort. 3D Modeling – Developed 3D geometry in SolidWorks for new hardware and tires. Partnered with in-house design team to create new tread geometries to meet aesthetic requirements. Prototyping – Worked with local and overseas vendors to create multiple prototypes to determine optimal design for usability and functionality.
Radio Flyer All-Terrain Pathfinder Wagon
10600751
Engineering – Engineered new-to-the-company, double-hinged, friction fit lid mechanism and body construction to launch a simple, chug style drinking interface on a stainless-steel, vacuum insulated hydration bottle. Created first large capacity chug lid to be used with hot and cold beverages for the company portfolio. Prototyping – Prototyped several 3D printed and CNC cut ABS parts to prove out friction fit hinge to keep lid open in drinking mode. Prototyped several silicone seals and bayonet thread profiles to ensure proper sealing with large capacities of hot liquids. 3D Modeling – Created entire ground-up CAD assembly in SolidWorks using designer ‘A’ surface. Worked with in-house design team to dial in component aesthetics.
Bubba Trailblazer
Engineering – Engineered new-to-the-company, double-hinged, friction fit lid mechanism and body construction to launch a simple, chug style drinking interface on a stainless-steel, vacuum insulated hydration bottle. Created first large capacity chug lid to be used with hot and cold beverages for the company portfolio. Prototyping – Prototyped several 3D printed and CNC cut ABS parts to prove out friction fit hinge to keep lid open in drinking mode. Prototyped several silicone seals and bayonet thread profiles to ensure proper sealing with large capacities of hot liquids. 3D Modeling – Created entire ground-up CAD assembly in SolidWorks using designer ‘A’ surface. Worked with in-house design team to dial in component aesthetics.
Bubba Trailblazer
Engineering – Engineered new-to-the-company, double-hinged, friction fit lid mechanism and body construction to launch a simple, chug style drinking interface on a stainless-steel, vacuum insulated hydration bottle. Created first large capacity chug lid to be used with hot and cold beverages for the company portfolio. Prototyping – Prototyped several 3D printed and CNC cut ABS parts to prove out friction fit hinge to keep lid open in drinking mode. Prototyped several silicone seals and bayonet thread profiles to ensure proper sealing with large capacities of hot liquids. 3D Modeling – Created entire ground-up CAD assembly in SolidWorks using designer ‘A’ surface. Worked with in-house design team to dial in component aesthetics.
Bubba Trailblazer
Engineering – Engineered new-to-the-company, double-hinged, friction fit lid mechanism and body construction to launch a simple, chug style drinking interface on a stainless-steel, vacuum insulated hydration bottle. Created first large capacity chug lid to be used with hot and cold beverages for the company portfolio. Prototyping – Prototyped several 3D printed and CNC cut ABS parts to prove out friction fit hinge to keep lid open in drinking mode. Prototyped several silicone seals and bayonet thread profiles to ensure proper sealing with large capacities of hot liquids. 3D Modeling – Created entire ground-up CAD assembly in SolidWorks using designer ‘A’ surface. Worked with in-house design team to dial in component aesthetics.
Bubba Trailblazer
10600781
Prototyping – Worked with local and overseas vendors to create multiple prototypes to determine optimal design for usability and functionality. Engineering – Developed new tires and hardware for one of Radio Flyer’s top wagons. Executed statistical analysis and design-of-experiments to determine a feasible solution for incorporating air tires with caster-style steering on a plastic wagon. 3D Modeling – Developed 3D geometry in SolidWorks for new hardware and tire hubs.
Radio Flyer All-Terrain 5-in-1 Wagon
Prototyping – Worked with local and overseas vendors to create multiple prototypes to determine optimal design for usability and functionality. Engineering – Developed new tires and hardware for one of Radio Flyer’s top wagons. Executed statistical analysis and design-of-experiments to determine a feasible solution for incorporating air tires with caster-style steering on a plastic wagon. 3D Modeling – Developed 3D geometry in SolidWorks for new hardware and tire hubs.
Radio Flyer All-Terrain 5-in-1 Wagon
Prototyping – Worked with local and overseas vendors to create multiple prototypes to determine optimal design for usability and functionality. Engineering – Developed new tires and hardware for one of Radio Flyer’s top wagons. Executed statistical analysis and design-of-experiments to determine a feasible solution for incorporating air tires with caster-style steering on a plastic wagon. 3D Modeling – Developed 3D geometry in SolidWorks for new hardware and tire hubs.
Radio Flyer All-Terrain 5-in-1 Wagon
Prototyping – Worked with local and overseas vendors to create multiple prototypes to determine optimal design for usability and functionality. Engineering – Developed new tires and hardware for one of Radio Flyer’s top wagons. Executed statistical analysis and design-of-experiments to determine a feasible solution for incorporating air tires with caster-style steering on a plastic wagon. 3D Modeling – Developed 3D geometry in SolidWorks for new hardware and tire hubs.
Radio Flyer All-Terrain 5-in-1 Wagon
10600778
Prototyping – Created prototypes for shielding and containing flames in the event of a control board fire. Created modified ventilation system to divert heat away from sensitive areas. Assembled 20 engineering units at the factory during each engineering build. Engineering – Developed new test procedures and new metrics for passing flame containment testing. Owned the subsystem development for consoles on the gas, electric, and induction Whirlpool branded slide-in range. Performed and analyzed heat capacity testing on console housing materials. 3D Modeling – Worked closely with US vendors and in-house design team to make modifications on thermoset console parts. Managed console assemblies in ProE Wildfire.
Whirlpool Slide-In Range
Prototyping – Created prototypes for shielding and containing flames in the event of a control board fire. Created modified ventilation system to divert heat away from sensitive areas. Assembled 20 engineering units at the factory during each engineering build. Engineering – Developed new test procedures and new metrics for passing flame containment testing. Owned the subsystem development for consoles on the gas, electric, and induction Whirlpool branded slide-in range. Performed and analyzed heat capacity testing on console housing materials. 3D Modeling – Worked closely with US vendors and in-house design team to make modifications on thermoset console parts. Managed console assemblies in ProE Wildfire.
Whirlpool Slide-In Range
Prototyping – Created prototypes for shielding and containing flames in the event of a control board fire. Created modified ventilation system to divert heat away from sensitive areas. Assembled 20 engineering units at the factory during each engineering build. Engineering – Developed new test procedures and new metrics for passing flame containment testing. Owned the subsystem development for consoles on the gas, electric, and induction Whirlpool branded slide-in range. Performed and analyzed heat capacity testing on console housing materials. 3D Modeling – Worked closely with US vendors and in-house design team to make modifications on thermoset console parts. Managed console assemblies in ProE Wildfire.
Whirlpool Slide-In Range
Prototyping – Created prototypes for shielding and containing flames in the event of a control board fire. Created modified ventilation system to divert heat away from sensitive areas. Assembled 20 engineering units at the factory during each engineering build. Engineering – Developed new test procedures and new metrics for passing flame containment testing. Owned the subsystem development for consoles on the gas, electric, and induction Whirlpool branded slide-in range. Performed and analyzed heat capacity testing on console housing materials. 3D Modeling – Worked closely with US vendors and in-house design team to make modifications on thermoset console parts. Managed console assemblies in ProE Wildfire.
Whirlpool Slide-In Range
10600774
Engineering – Engineered new-to-market lid mechanism and body construction to launch a twist-and-flip, chug style drinking interface on a stainless-steel, vacuum insulated travel bottle. Created new locking mechanism to prevent accidental lid opening. Prototyping – Prototyped several 3D printed and CNC cut parts to prove out feasibility and ergonomics for the lid and lock mechanisms. Prototyped multiple silicone seals in order to create a fully sealing product while still being easy to open. Worked with overseas vendors to produce multiple metallic logo medallions to prove out anodization process and attachment method. 3D Modeling – Created fully engineered CAD assembly in SolidWorks from designer ‘A’ surface. Worked with in-house design team to dial in component aesthetics.
Contigo Evoke
Engineering – Engineered new-to-market lid mechanism and body construction to launch a twist-and-flip, chug style drinking interface on a stainless-steel, vacuum insulated travel bottle. Created new locking mechanism to prevent accidental lid opening. Prototyping – Prototyped several 3D printed and CNC cut parts to prove out feasibility and ergonomics for the lid and lock mechanisms. Prototyped multiple silicone seals in order to create a fully sealing product while still being easy to open. Worked with overseas vendors to produce multiple metallic logo medallions to prove out anodization process and attachment method. 3D Modeling – Created fully engineered CAD assembly in SolidWorks from designer ‘A’ surface. Worked with in-house design team to dial in component aesthetics.
Contigo Evoke
Engineering – Engineered new-to-market lid mechanism and body construction to launch a twist-and-flip, chug style drinking interface on a stainless-steel, vacuum insulated travel bottle. Created new locking mechanism to prevent accidental lid opening. Prototyping – Prototyped several 3D printed and CNC cut parts to prove out feasibility and ergonomics for the lid and lock mechanisms. Prototyped multiple silicone seals in order to create a fully sealing product while still being easy to open. Worked with overseas vendors to produce multiple metallic logo medallions to prove out anodization process and attachment method. 3D Modeling – Created fully engineered CAD assembly in SolidWorks from designer ‘A’ surface. Worked with in-house design team to dial in component aesthetics.
Contigo Evoke
Engineering – Engineered new-to-market lid mechanism and body construction to launch a twist-and-flip, chug style drinking interface on a stainless-steel, vacuum insulated travel bottle. Created new locking mechanism to prevent accidental lid opening. Prototyping – Prototyped several 3D printed and CNC cut parts to prove out feasibility and ergonomics for the lid and lock mechanisms. Prototyped multiple silicone seals in order to create a fully sealing product while still being easy to open. Worked with overseas vendors to produce multiple metallic logo medallions to prove out anodization process and attachment method. 3D Modeling – Created fully engineered CAD assembly in SolidWorks from designer ‘A’ surface. Worked with in-house design team to dial in component aesthetics.
Contigo Evoke
Engineering – Engineered new-to-market lid mechanism and body construction to launch a twist-and-flip, chug style drinking interface on a stainless-steel, vacuum insulated travel bottle. Created new locking mechanism to prevent accidental lid opening. Prototyping – Prototyped several 3D printed and CNC cut parts to prove out feasibility and ergonomics for the lid and lock mechanisms. Prototyped multiple silicone seals in order to create a fully sealing product while still being easy to open. Worked with overseas vendors to produce multiple metallic logo medallions to prove out anodization process and attachment method. 3D Modeling – Created fully engineered CAD assembly in SolidWorks from designer ‘A’ surface. Worked with in-house design team to dial in component aesthetics.
Contigo Evoke
Engineering – Engineered new-to-market lid mechanism and body construction to launch a twist-and-flip, chug style drinking interface on a stainless-steel, vacuum insulated travel bottle. Created new locking mechanism to prevent accidental lid opening. Prototyping – Prototyped several 3D printed and CNC cut parts to prove out feasibility and ergonomics for the lid and lock mechanisms. Prototyped multiple silicone seals in order to create a fully sealing product while still being easy to open. Worked with overseas vendors to produce multiple metallic logo medallions to prove out anodization process and attachment method. 3D Modeling – Created fully engineered CAD assembly in SolidWorks from designer ‘A’ surface. Worked with in-house design team to dial in component aesthetics.
Contigo Evoke
10600760
Engineering – Developed DOE to prove out composting technology and the necessary chemistry to produce good, workable compost. Owned development of 25 subsystem mechanical parts for two early round prototype builds. 3D Modeling – Created mechanical parts in ProE Wildfire. Project Management and Delivery – Worked with US factory on two front-end prototype builds resulting in 62 total test units. Prototyping – Assembled subsystem mechanical parts and modified prototype parts using the in-house machine shop. Led subsystem assembly teams to assemble modules for 62 test units.
Zera Food Recycler
Engineering – Developed DOE to prove out composting technology and the necessary chemistry to produce good, workable compost. Owned development of 25 subsystem mechanical parts for two early round prototype builds. 3D Modeling – Created mechanical parts in ProE Wildfire. Project Management and Delivery – Worked with US factory on two front-end prototype builds resulting in 62 total test units. Prototyping – Assembled subsystem mechanical parts and modified prototype parts using the in-house machine shop. Led subsystem assembly teams to assemble modules for 62 test units.
Zera Food Recycler
Engineering – Developed DOE to prove out composting technology and the necessary chemistry to produce good, workable compost. Owned development of 25 subsystem mechanical parts for two early round prototype builds. 3D Modeling – Created mechanical parts in ProE Wildfire. Project Management and Delivery – Worked with US factory on two front-end prototype builds resulting in 62 total test units. Prototyping – Assembled subsystem mechanical parts and modified prototype parts using the in-house machine shop. Led subsystem assembly teams to assemble modules for 62 test units.
Zera Food Recycler
10600754
Engineering – Developed new tires and hardware for Radio Flyer’s most popular wagon. Analyzed and refined tread design to minimize noise and maximize user comfort. 3D Modeling – Developed 3D geometry in SolidWorks for new hardware and tires. Partnered with in-house design team to create new tread geometries to meet aesthetic requirements. Prototyping – Worked with local and overseas vendors to create multiple prototypes to determine optimal design for usability and functionality.
Radio Flyer All-Terrain Pathfinder Wagon
Engineering – Developed new tires and hardware for Radio Flyer’s most popular wagon. Analyzed and refined tread design to minimize noise and maximize user comfort. 3D Modeling – Developed 3D geometry in SolidWorks for new hardware and tires. Partnered with in-house design team to create new tread geometries to meet aesthetic requirements. Prototyping – Worked with local and overseas vendors to create multiple prototypes to determine optimal design for usability and functionality.
Radio Flyer All-Terrain Pathfinder Wagon
Engineering – Developed new tires and hardware for Radio Flyer’s most popular wagon. Analyzed and refined tread design to minimize noise and maximize user comfort. 3D Modeling – Developed 3D geometry in SolidWorks for new hardware and tires. Partnered with in-house design team to create new tread geometries to meet aesthetic requirements. Prototyping – Worked with local and overseas vendors to create multiple prototypes to determine optimal design for usability and functionality.
Radio Flyer All-Terrain Pathfinder Wagon
10600751
Engineering – Engineered new-to-the-company, double-hinged, friction fit lid mechanism and body construction to launch a simple, chug style drinking interface on a stainless-steel, vacuum insulated hydration bottle. Created first large capacity chug lid to be used with hot and cold beverages for the company portfolio. Prototyping – Prototyped several 3D printed and CNC cut ABS parts to prove out friction fit hinge to keep lid open in drinking mode. Prototyped several silicone seals and bayonet thread profiles to ensure proper sealing with large capacities of hot liquids. 3D Modeling – Created entire ground-up CAD assembly in SolidWorks using designer ‘A’ surface. Worked with in-house design team to dial in component aesthetics.
Bubba Trailblazer
Engineering – Engineered new-to-the-company, double-hinged, friction fit lid mechanism and body construction to launch a simple, chug style drinking interface on a stainless-steel, vacuum insulated hydration bottle. Created first large capacity chug lid to be used with hot and cold beverages for the company portfolio. Prototyping – Prototyped several 3D printed and CNC cut ABS parts to prove out friction fit hinge to keep lid open in drinking mode. Prototyped several silicone seals and bayonet thread profiles to ensure proper sealing with large capacities of hot liquids. 3D Modeling – Created entire ground-up CAD assembly in SolidWorks using designer ‘A’ surface. Worked with in-house design team to dial in component aesthetics.
Bubba Trailblazer
Engineering – Engineered new-to-the-company, double-hinged, friction fit lid mechanism and body construction to launch a simple, chug style drinking interface on a stainless-steel, vacuum insulated hydration bottle. Created first large capacity chug lid to be used with hot and cold beverages for the company portfolio. Prototyping – Prototyped several 3D printed and CNC cut ABS parts to prove out friction fit hinge to keep lid open in drinking mode. Prototyped several silicone seals and bayonet thread profiles to ensure proper sealing with large capacities of hot liquids. 3D Modeling – Created entire ground-up CAD assembly in SolidWorks using designer ‘A’ surface. Worked with in-house design team to dial in component aesthetics.
Bubba Trailblazer
Engineering – Engineered new-to-the-company, double-hinged, friction fit lid mechanism and body construction to launch a simple, chug style drinking interface on a stainless-steel, vacuum insulated hydration bottle. Created first large capacity chug lid to be used with hot and cold beverages for the company portfolio. Prototyping – Prototyped several 3D printed and CNC cut ABS parts to prove out friction fit hinge to keep lid open in drinking mode. Prototyped several silicone seals and bayonet thread profiles to ensure proper sealing with large capacities of hot liquids. 3D Modeling – Created entire ground-up CAD assembly in SolidWorks using designer ‘A’ surface. Worked with in-house design team to dial in component aesthetics.
Bubba Trailblazer

Recenze

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K dispozici nejsou žádné recenze.

Zkušenosti

Founder / Lead Design Engineer

MacLean Creative
čvc 2017 - Současnost
Partnered with top brands on projects ranging from advanced development / proof-of-concept prototyping, to production ready designs. Past partnerships include SC Johnson, Instant Brands, Georgia Pacific, Wilton Brands, Tape Tech, Hydaway, L'Oreal, Helen of Troy, Vertical Endeavors, Heatworks, Pregis, and others. https://macleancreative.com/portfolio/

Mechanical Engineer

Newell Brands
bře 2016 - srp 2017 (1 , 5 měsíců)
Developed category leading beverageware from concept through to production. http://www.gocontigo.com/ http://www.avexoutdoor.com/ http://www.bubbabrands.com/

Product Development Engineer

Radio Flyer
led 2014 - úno 2016 (2 roky, 1 )
Developed concepts and prototypes for buyer meetings. Launched several concepts through to production. http://www.radioflyer.com/

Vzdělání

Bachelor of Science in Mechanical Engineering

University of Michigan, United States 2008 - 2012
(4 roky)

Kontaktujte Matthew M. ohledně vaší práce

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